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StateSpace.freqresp current converts to a transfer-function matrix (TFM) to evaluate the frequency response (see [1]) .
Polynomials can give numerical problems (see below), so this method should pr…
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I get the following warning when compiling `DifferentialEquations.jl` on Julia v0.6.2 after `Pkg.add("DifferentialEquations")`
```
WARNING: using LinAlg.Hessenberg in module IterativeSolvers conf…
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https://github.com/JuliaDiffEq/DifferentialEquations.jl/issues/240
Can this get a fix and a tag? It seems harmless but it's been around forever.
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I attempted to compile Julia 1.0.0 using a fresh Git clone and the following Make.user file:
```
# -*- mode: makefile-gmake -*-
# vi:syntax=make
# Use Intel libraries for speed reasons
USE_INTE…
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It would be nice if SymPy would have provided ordinal arithmetic.
That would require either definining a new object called `OrdinalNumber`, that will either inherit from `Symbol` or from `Basic` (opt…
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Maybe I'm totally biased on this, but I feel like randomized algorithms do not belong in this package and can better be moved to say RandomizedAlgorithms.jl.
These randomized methods seem to be mai…
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I get this error (both in Julia from mac terminal and using Julia notebook):
INFO: Precompiling module DifferentialEquations.
WARNING: using LinAlg.Hessenberg in module IterativeSolvers conflicts wi…
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I am new to the Julia and I use DifferentialEquations but it takes too long time (more than 10 minutes) to import. Did I make a mistake? Is there any way to shorten or deal with this? Thank you.
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Currently there are two or three options like `plot`, `log` and `verbose` for the solvers. In fact these are all different ways to show progress of the algorithm. I think it is a good design choice to…
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i found test errors on this machine with the pre-compiled generic 64-bit unix binary from the website. cpuinfo at the bottom.
```
[uctpfos@jake bin]$ ./julia
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